Movable steel strand bending and clamping combined tool

Abstract

The invention discloses a movable steel strand bending and clamping combined tool which comprises a base; trundles are installed at the four corners of the bottom of the base, the centers of the two sides of the base are each provided with a door-shaped frame in a welded mode, and a wedge-shaped wire clamp baffle is installed at the bottom of the upper end of a clamping bottom plate in a welded mode. Bending of the steel strand and clamping work of the steel strand and a tongue plate in a wedge-shaped wire clamp can be achieved, and help is provided for a scattered construction site of a distribution network. Bending work of the steel strand can be achieved, and particularly the effect on the large-section steel strand is more remarkable. Due to the application of the combined tool, the problem that a galvanized layer of the wedge-shaped wire clamp is damaged due to the fact that time and labor are wasted when the steel strand is bent by on-site construction personnel is solved, and meanwhile the problems of personnel scratching and the like caused by rigidity when the steel strand is bent manually are solved. According to the movable steel strand bending and clamping combined tool, the on-site construction efficiency is improved, meanwhile, the stay wire manufacturing quality and the technological level are improved, and help is provided for the scattered construction site ofthe distribution network.

Description

technical field [0001] The invention relates to the field of steel strand production equipment, in particular to a mobile steel strand bending and clamping combined tool. Background technique [0002] As the distribution line load increases, the conductor cross section also increases. In order to meet the requirements of safe operation of the line, the cross-section of the steel strand used for the wire at the terminal and corner of the line is also getting larger and larger, from 35 and 50 cross-sections to 80 and 100 cross-sections. With the increase of steel strand cross-section, the existing on-site guy wire production tools can only meet the production requirements of 50 and below small cross-section guy wires, and the on-site production tools of large cross-section guy wires have not yet appeared. Due to the greater rigidity of the large cross-section steel strand, it is difficult to bend, and it often needs repeated bending many times to bend successfully, and it is ...

AI Technical Summary

Problems solved by technology

Due to the greater rigidity of the large cross-section steel strand, it is difficult to bend, and it often needs repeated bending many times to bend successfully, and it is easy to cause scratches

[0003] The current on-site wire production equipment is single, especially for large-section steel strands, simple tools can no longer meet the requirements, and manual bending is often still used

Due to the strong rigidity of the large cross-section steel strands, it is not easy to bend, resulting in increased work difficulty and reduced efficiency.

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